#FEATURE CAM POST EDITING CODE#

These are available for all machining operation types. These now extract information from the files and allow images to be taken for each set-up, as well as the finished part. Work has also been done on the set-up sheets that the system generates. Other general updates include changes to the tool library, which is now much more graphically rich, so you can pick the optimum cutter more quickly.

All of the core operations and commands are immediately available and itвЂ™s pretty easy to dive in and get working. ItвЂ™s now clean, fresh and sensibly laid out. If we start with the generally applicable updates to FeatureCAM, anyone with experience of previous versions will see that the company has been working hard on modernising the user interface. Its capabilities run the gamut of most production machining processes, from 2.5 to 5 axis milling, through tombstone, turning, mill/turn and into wire EDM. ThatвЂ™s the goal.ДЄlso, unlike some of DelcamвЂ™s better known applications for manufacturing, FeatureCAM (as you may guess from the name) is focussed on pulling geometric features from the CAD model (or indeed, sketch) and using that data to automate the toolpath creation process. Get the job, program the part, machine it and ship it. The typical use case is one where parts are low to medium in volume, not necessarily massively complex, which means that the bottleneck then becomes the toolpath programming process, rather than the machining itself. While the likes of PowerMill focus on surface quality for the mould and die market, and PartMaker concentrates on optimising toolpaths for large volumes of the same product, FeatureCAM is meant to be more general purpose. Tool Change Location - This is the point where the tip of the tool moves to prior to a tool change.If youвЂ™re not familiar with FeatureCAM, it differs from DelcamвЂ™s other CAM systems in that its goal is to provide the quickest route from getting CAD data (either as a drawing or a 3D model) to cutting on the machine. override - This is an optional setting for the G-code for overriding the automatic deceleration of a control. You can also set this option to ON or OFF in XBUILD in the General Information dialog. Macro call for single hole - If deselected, the generation of a macro call will be skipped if only a single hole is being drilledД®nable Cut Comp - This enables output of cutter compensation NC code.Д®nable 3D Cut Comp - This enables the output of 3D cutter comp settings when posting NC code.ДЇorce segment start for each operation - Enable this option to force a Segment Start format for each operation. Refer to Hole macros for more information about setting up macros. This option is not available for all posts.

#FEATURE CAM POST EDITING CODE#

Output Units - This specifies which units the NC code will be posted in, and may be different from the units used in the part file.Дisable Macros - This turns off macro generation for the NC code. Arcs greater than this limit are translated into lines.Д«lock Start - This sets the starting line number for your CNC programs.Д«lock Increment - This sets the increment between line numbers in your CNC programs.

Max Arc - This defines the maximum arc radius. Arcs greater than this limit are sent as arcs. Min Arc - This defines the limit for any arc whose radius is transferred to the CNC machine as a line. Click Browse to find and choose a different post-processor file.Д®dit - This opens the post processor, XBUILD, for the current CNC file.Дefaults - Click this button to return all the options to their default values. This page controls the type of CNC machine that FeatureCAM targets for NC output.Д¬NC File - Displays the file path of the post-processor file.

Feature cam post editing